Table 2.

The GO function enrichment analysis of E2F family members and neighbor genes in OC (GeneMANIA).

GO	Category	Description	Count	%	Log10(P)	Log10(q)
GO:0000082	GO biological processes	G1/S transition of mitotic cell cycle	20	35.09	−24.16	−19.82
GO:0070317	GO biological processes	Negative regulation of G0 to G1 transition	8	14.04	−13.25	−10.65
GO:0008285	GO biological processes	Negative regulation of cell proliferation	17	29.82	−11.84	−9.31
GO:0071897	GO biological processes	DNA biosynthetic process	10	17.54	−10.36	−7.85
GO:0006260	GO biological processes	DNA replication	10	17.54	−9.09	−6.60
GO:0000723	GO biological processes	Telomere maintenance	8	14.04	−8.35	−5.89
GO:0045596	GO biological processes	Negative regulation of cell differentiation	13	22.81	−7.90	−5.48
GO:0071930	GO biological processes	Regulation of transcription involved in G1/S transition of mitotic cell cycle	3	5.26	−7.85	−5.44
GO:0072332	GO Biological processes	Intrinsic apoptotic signaling pathway by p53 class mediator	6	10.53	−7.53	−5.13
GO:0001889	GO biological processes	Liver development	7	12.28	−7.38	−5.01
GO:0097190	GO biological processes	Apoptotic signaling pathway	11	19.30	−6.89	−4.57
GO:0000228	GO cellular components	Nuclear chromosome	23	40.35	−21.41	−17.68
GO:1990234	GO cellular components	Transferase complex	21	36.84	−16.20	−13.23
GO:0070603	GO cellular components	SWI/SNF superfamily-type complex	7	12.28	−9.24	−6.74
GO:0016604	GO cellular components	Nuclear body	13	22.81	−7.47	−5.08
GO:0000976	GO molecular functions	Transcription regulatory region sequence-specific DNA binding	25	43.86	−21.41	−17.68
GO:0003712	GO molecular functions	transcription coregulator activity	18	31.58	−15.31	−12.52
GO:1990841	GO molecular functions	Promoter-specific chromatin binding	6	10.53	−8.96	−6.48
GO:0001227	GO molecular functions	DNA-binding transcription repressor activity, RNA polymerase II-specific	9	15.79	−7.82	−5.40
GO:0001085	GO molecular functions	RNA polymerase II transcription factor binding	7	12.28	−7.25	−4.90